import { type Feature } from '../host-defined/engine.mts';
import { FunctionParser, FunctionKind } from './FunctionParser.mts';
import type { Location, ParseNode } from './ParseNode.mts';
export declare abstract class ExpressionParser extends FunctionParser {
    protected abstract readonly state: {
        hasTopLevelAwait: boolean;
        strict: boolean;
        json: boolean;
    };
    abstract parseBindingPattern(): ParseNode.BindingPattern;
    abstract markNodeStart(node: ParseNode.BaseParseNode | ParseNode.Unfinished): void;
    abstract parseInitializerOpt(): ParseNode.Initializer | null;
    abstract semicolon(): void;
    abstract feature(name: Feature): boolean;
    protected getLocation(inheritStart?: ParseNode.BaseParseNode): Location;
    protected markLocationEnd(node: Pick<ParseNode.Unfinished, 'location'>): Pick<ParseNode.Unfinished<ParseNode>, "location">;
    private isParsingArrowParameterCandidate;
    parseExpression(): ParseNode.Expression;
    parseAssignmentExpression(): ParseNode.AssignmentExpressionOrHigher;
    validateAssignmentTarget(node: ParseNode): void;
    parseYieldExpression(): ParseNode.YieldExpression;
    parseConditionalExpression(): ParseNode.ConditionalExpressionOrHigher;
    parseShortCircuitExpression(): ParseNode.ShortCircuitExpressionOrHigher;
    parseBinaryExpression(precedence: number, x?: ParseNode.BinaryExpressionOrHigher | ParseNode.PrivateIdentifier): ParseNode.BinaryExpressionOrHigher | ParseNode.PrivateIdentifier;
    parseUnaryExpression(): ParseNode.UnaryExpressionOrHigher;
    parseAwaitExpression(): ParseNode.AwaitExpression;
    parseUpdateExpression(): ParseNode.UpdateExpressionOrHigher;
    parseLeftHandSideExpression(allowCalls?: boolean): ParseNode.LeftHandSideExpression;
    parseOptionalChain(): ParseNode.OptionalChain;
    parseNewExpression(): ParseNode.NewExpressionOrHigher;
    parsePrimaryExpression(): ParseNode.PrimaryExpression;
    parseNumericLiteral(): ParseNode.NumericLiteral;
    parseStringLiteral(): ParseNode.StringLiteral;
    parseBooleanLiteral(): ParseNode.BooleanLiteral;
    parseArrayLiteral(): ParseNode.ArrayLiteral;
    parseObjectLiteral(): ParseNode.ObjectLiteral;
    parsePropertyDefinition(): ParseNode.PropertyDefinitionLike;
    parseFunctionExpression(kind: FunctionKind): ParseNode.FunctionExpressionLike;
    parseArguments(): {
        Arguments: ParseNode.Arguments;
        trailingComma: boolean;
    };
    /** https://tc39.es/ecma262/#sec-class-definitions */
    parseClass(decoratorsAttachedToClassDeclaration: null | readonly ParseNode.Decorator[], isExpression: boolean): ParseNode.ClassLike;
    parseClassTail(): ParseNode.ClassTail;
    parseClassElement(): ParseNode.ClassElement;
    parseClassExpression(): ParseNode.ClassExpression;
    parseTemplateLiteral(tagged?: boolean): ParseNode.TemplateLiteral;
    parseRegularExpressionLiteral(): ParseNode.RegularExpressionLiteral;
    parseCoverParenthesizedExpressionAndArrowParameterList(): ParseNode.CoverParenthesizedExpressionAndArrowParameterList | ParseNode.ParenthesizedExpression;
    parsePropertyName(): ParseNode.PropertyNameLike;
    private tokenIsPropertyName;
    parseClassElementName(): ParseNode.ClassElementName;
    parseBracketedDefinition(type: 'class element'): ParseNode.ClassElement;
    parseBracketedDefinition(type: 'property'): ParseNode.PropertyDefinitionLike;
    parseBracketedDefinition(type: 'property' | 'class element'): ParseNode.PropertyDefinitionLike | ParseNode.ClassElement;
    parseDecorators(): ParseNode.Decorator[] | null;
    parseDecorator(): ParseNode.Decorator | undefined;
}
//# sourceMappingURL=ExpressionParser.d.mts.map